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A novel all digital phase locked loop (ADPLL) with ultra fast locked time and high oscillation frequency

机译:具有超快速锁定时间和高振荡频率的新型所有数字锁相环(ADPLL)

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In this paper a new architecture for all digital phase locked loop (ADPLL) is proposed The new architecture is based on the ADPLL architecture proposed by Motorola in 1995 but modified in some block A new binary search decision scheme was used to accelerate the frequency acquisition process. It can reduce the chip area and increase the operating frequency. In this design, a 14-bit control word is used to control the digital control oscillator. The new type ADPLL is designed and implement by TSMC's 0-35um IP4M CMOS process for 3.3V applications. The phase lock process takes 20-reference cycle, and the maximum frequency of the proposed ADPLL is about 820MHz.
机译:在本文中,提出了所有数字锁相环(ADPLL)的新架构,新架构基于摩托罗拉提出的ADPLL架构1995年,但在一些块中修改了新的二进制搜索决策方案来加速频率采集过程。它可以减少芯片区域并增加工作频率。在这种设计中,使用14位控制字来控制数字控制振荡器。通过TSMC的0-35UM IP4M CMOS过程设计和实现新型ADPLL,用于3.3V应用。阶段锁定过程需要20个参考周期,所提出的ADPLL的最大频率约为820MHz。

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